2026 Full-time - Industrial Engineer II - Onsite (NM)

What You Will Do

• Model factory operations by generating process flows, value stream maps, pareto charts, spaghetti diagrams, and CAD drawings to graphically show production processes, the movement of material, the exchange of information, and key performance indicators
• Calculate resource utilization and identify throughput constraints
• Apply Six Sigma and Lean Manufacturing principles to reduce undesirable effects, improve efficiency, and meet or exceed cost, quality, and on-time delivery goals
• Influence factory roadmaps and investment strategies by drafting infrastructure improvement and expansion proposals, and planning the integration of new products, technologies, and equipment that create a competitive advantage
• Work with cross-functional teams to execute projects that address obsolescence, improve factory performance, and promote growth
• Support new production contract/new product proposals and new product integration efforts
• Improve factory safety and work cell ergonomics

What You Will Learn

• Industrial Engineering tools and methods used to build factory models to advance continuous improvement and future-state forecasting
• Aspects of the Defense Industry and how to meet challenging mission requirements while also meeting cost, quality, and schedule targets
• The CORE Operating System and the CORE Common Methods used to align priorities and meet key business objectives
• Executive Presence and how to support leadership in making data driven decisions that result in measurable improvements
• Project planning and project management techniques to deliver results and meet critical milestones supporting key business objectives
• How to influence and lead others working with high-performing cross functional teams and frontline operators and specialists who assemble, test, and deliver our products everyday
• Strategic planning and how to develop business proposals that generate returns on invested capital within the factories
• Raytheon’s Leadership Values and Behaviors

Qualifications You Must Have

• Masters degree in science, technology, engineering or mathematics (STEM) must be obtained by the start date
• Experience in the application of industrial engineering tools and methodologies, such as Lean Manufacturing, Capacity Modeling, Facility Design, or Process Optimization
• Experience with CAD tools/software
• U.S. citizenship is required, as only U.S. citizens are authorized to access information under this program/contracts

Qualifications We Prefer

• Preferred major in Industrial Engineering, Systems Engineering, or Manufacturing Engineering
• Excellent written and oral communication skills
• Experience/Education with factory layout and work cell design/optimization
• Experience/Education with simulation modeling and capacity analysis tools/methods
• Experience/Education with project management
• Experience/Education with CAD software
• Six Sigma certifications
• Leading teams and capable of influencing without authority